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Phosphorylation of BK channels modulates the sensitivity to hydrogen sulfide (H2S)
Sitdikova G., Fuchs R., Kainz V., Weiger T., Hermann A.
), carbon monoxide (CO) or hydrogen sulfide (H2S), termed gasotransmitters, play an increasingly important
ДИАГНОСТИЧЕСКИЙ АНАЛИЗ ГИПЕРАММОНИЕМИЙ
Кузовников А.Е.
катионов аммония H4N+ и растворённых молекул аммиака H3N в плазме
Phosphorylation of BK channels modulates the sensitivity to hydrogen sulfide (H2S)
Sitdikova G., Fuchs R., Kainz V., Weiger T., Hermann A.
), carbon monoxide (CO), or hydrogen sulfide (H2S), termed gasotransmitters, play an increasingly important
Spin-density matrix elements for γp→K *0Σ + at E γ=1.85-3.0GeV with evidence for the κ(800) meson exchange
Hwang S.H., Ahn J.K., Hicks K., Nakano T., Ahn D.S., Ejiri H., Fujiwara M., Fukui S., Hotta T., Kato Y., Kohri H., Kon Y., Muramatsu N., Noumi H., Ohta T., Oka M., Ryu S.Y., Sawada T., Tsunemi T., Yosoi M., Chang W.C., Chen J.Y., Daté S., Morino Y., Ohashi Y., Fujimura H., Gohn W., Joo K., Ungaro M., Imai K., Ishikawa T., Miyabe M., Lee H.S., Maeda Y., Mibe T., Nakatsugawa Y., Niiyama M., Parker J., Oh Y., Rangacharyulu C., Sugaya Y., Sumihama M., Uchida M.
Stabilization of H3+ in the high pressure crystalline structure of HnCl (n = 2-7)
Wang Z., Wang H., Tse J.S., Ma Y., Iitaka T.
Stabilization of H3+ in the high pressure crystalline structure of HnCl (n = 2-7)
Buffer layer effect on the structural and electrical properties of rubrene-based organic thin-film transistors
Seo J.H., Park D.S., Cho S.W., Kim C.Y., Jang W.C., Whang C.N., Yoo K.-H., Chang G.S., Pedersen T., Moewes A., Chae K.H., Cho S.J.
Method of Comprehensive Estimation of Natural and Anthropogenic Territory Safety in the Case of Krasnoyarsk Region
Penkova, T., Metus, A.
, the author’s technique is oriented at forming the multidimensional estimates in the context of several
Backward-angle photoproduction of ω and ν ′ mesons from protons in the photon energy range from 1.5 to 3.0 GeV
Morino Y., Yosoi M., Nakano T., Ajimura S., Chen J.Y., Hiraiwa T., Hotta T., Kohri H., Kon Y., Noumi H., Ohta T., Oka M., Ryu S.Y., Sawada T., Tokiyasu A., Tsunemi T., Yamamura R., Yorita T., Ahn D.S., Nakatsugawa Y., Niiyama M., Parker J.D., Ahn J.K., Chang W.C., Lin P.J., Daté S., Ohashi Y., Fujimura H., Fukui S., Kato Y., Hicks K., Hwang S.H., Imai K., Ishikawa T., Miyabe M., Muramatsu N., Shimizu H., Kawai H., Mase K., Saito T., Tomioka T., Kim M.J., Maeda Y., Tanida K., Rangacharyulus C., Strokovsky E.A., Sugaya Y., Suzuki K., Sumihama M., Uchida M.
Expected accuracy of a small telescope like PZT for observations of vertical gravity gradient and lunar rotation
Hanada H., Tsuruta S., Asari K., Araki H., Noda H., Kashima S., Funazaki K., Satoh A., Taniguchi H., Kato H., Kikuchi M., Sasaki H., Hasegawa T., Gusev A.
Compton scattering from He 4 at 61 MeV
Sikora M.H., Ahmed M.W., Gao H., Kendellen D.P., Li X., Weller H.R., Wu Y.K., Xiong W., Yan X., Zhao Z.W., Bartram C., Crowe B., Hao H., Howell C.R., Karwowski H.J., Markoff D.M., Mikhailov S., Popov V., Silano J.A., Wallace P., Banu A., Whisnant C.S., Downie E.J., Feldman G., Grießhammer H.W., Kovash M.A., Pywell R.E., Spraker M.C.

Страница 6 из 17084

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